In this study, a novel partially parallel acquisition (PPA) method is presented which can be
used to accelerate image acquisition using an RF coil array for spatial encoding. This …

This paper presents an improved data reconstruction method for generalized autocalibrating
partially parallel acquisitions (GRAPPA) using multicolumn multiline interpolation (MCMLI) …

Current parallel imaging techniques for accelerated imaging require a fully encoded
reference data set to estimate the spatial coil sensitivity information needed for …

A parallel imaging technique, GRAPPA (GeneRalized Auto‐calibrating Partially Parallel
Acquisitions), has been used to improve temporal or spatial resolution. Coil calibration in …

A parallel image reconstruction algorithm is presented that exploits the k‐space locality in
radiofrequency (RF) coil encoded data. In RF coil encoding, information relevant to …

Parallel magnetic resonance (MR) imaging uses spatial encoding from multiple
radiofrequency detector coils to supplement the encoding supplied by magnetic field …

Parallel imaging is one of the most promising developments in recent years for the
acceleration of MR acquisitions. One area of practical importance where different parallel …

The use of spiral trajectories is an efficient way to cover a desired k‐space partition in
magnetic resonance imaging (MRI). Compared to conventional Cartesian k‐space …

When using parallel MRI (pMRI) methods in combination with three‐dimensional (3D)
imaging, it is beneficial to subsample the k‐space along both phase‐encoding directions …

In this work a theoretical description for practical quantitative estimation of the noise
enhancement in generalized autocalibrating partially parallel acquisitions (GRAPPA) …